Trend Watch
For AW26, enzyme finishing is no longer a lab concept but a core process being adopted by mainstream mills. Consumer demand for "no chemical residue" has spread from food to intimate apparel, pushing brands to write enzyme treatment into sourcing specs. Unlike traditional softeners, enzymes act via biocatalysis on the fiber surface without forming a chemical film, delivering more natural and lasting softness.
The most notable shift this season is the maturity of enzyme blends. Combinations of cellulase, protease, lipase, and pectinase enable customized softness for cotton, linen, regenerated cellulose, and even wool. For instance, neutral cellulase works at low pH, reducing fiber damage while improving drape. Mills report that enzyme finishing lowers bending rigidity by 15-25% while strength loss stays under 5%.
Another trend is the spread of low-temperature processes. Most enzymes react efficiently at 40-60°C, cutting energy use by 30-40% compared to conventional softener finishing. This aligns perfectly with the carbon transparency that AW26 brands emphasize. European buyers are beginning to require carbon footprint reports for enzyme finishing, pushing the supply chain toward dataization.
Notably, enzyme finishing is expanding from knits to wovens and from cotton to blends. For polyester-cotton blends, lipase and cellulase work synergistically to improve polyester hydrophilicity and cotton softness simultaneously, solving the long-standing pain point of "split hand feel" in blends.
Industry Impact
The reshaping of the textile chain by enzyme finishing is multi-dimensional. First, chemical suppliers face transformation pressure. Traditional softener market growth is slowing, while industrial enzyme demand grows 12-15% annually. Leading enzyme companies are co-developing custom enzyme packs with mills, shifting from selling products to selling solutions.
Second, mill washing processes are simplified. Conventional softener finishing often requires multiple rinses to remove residue, while enzyme finishing needs only one mild inactivation rinse, saving over 30% water. This is a major boon for mills in water-scarce regions. Meanwhile, wastewater COD drops significantly, reducing end-of-pipe treatment loads.
Third, the fabric trade landscape is shifting. Mills with enzyme capabilities gain premium space, especially in European and Japanese markets. Some exporters use "Enzyme Finishing" as a standalone selling point on hangtags, paired with QR codes tracing enzyme types and process parameters, boosting premiums by 10-20%.
Fourth, designers gain new freedom. Effects like peach skin, faux Tencel, and bio-polishing allow designers to create rich textures without chemical coatings. On AW26 runways, several brands showed recycled cotton knits with enzyme polishing, presenting a matte, delicate surface.
Finally, standards and certifications are catching up. OEKO-TEX and GOTS are updating assessment guidelines for enzyme preparations, with a dedicated appendix expected by end-2026. Early movers will gain certification first-mover advantage.